Matsushita Electric Industrial Co., Ltd.

Haruhisa Tomoda

Yasuomi Shimada

Jiro Yamada

Susumu Kinoshita

A device is for specifying and calculating a reproduction time of an optical disk player such that the reproduction time is specified and calculated to coincide with a recording length of one side of a magnetic tape. The optical disk player reproduces audio information stored on an optical disk in the form of a plurality of recorded audio segments. The magnetic tape is used to record at least one of the plurality of recorded audio segments reproduced by the optical disk player. A recording length specifying unit specifies a recording length of the magnetic tape, a display unit displays the recording length specified by the recording length specifying unit, a reproduction time calculating unit calculates the recording length of one side of the magnetic tape by multiplying the recording length specified by the recording length specifying unit by one-half, and an audio segment determining unit determines and selects a number of the plurality of recorded audio segments which can be reproduced within the recording length of the one side of the magnetic tape, and stores an identification of the number of plurality of recorded audio segments thus selected.

Device for specifying and calculating a play time of an optical disk

An optical disk reproducing device is used when recording a plurality of music pieces, which have been recorded on an optical disk, on a recording medium such as a magnetic recording tape by using a magnetic recording and reproducing device, etc. in order to make it easy to edit and set the number of music pieces which is recordable to minimize a remaining time of a recording tape. To this end, the optical disk reproducing device stores the number of music pieces, which can be recorded within a predetermined edition time that has been inputted beforehand, sequentially starting from a first music piece recorded on the optical disk, and thereafter selects music pieces, which are recordable by using a remaining time that has occurred in the predetermined edition time, from among remaining music pieces which have not yet been stored, and then stores the selected music pieces or compares the length of a previously stored music piece bearing the last music number with the length of the respective remaining music pieces which have not been stored, and automatically calculates to exchange the previously stored music piece bearing the last music number with any music piece which is able to shorten the remaining time and thereby to effect sequential setting of the number of music pieces, whereby an automatic music number edition with a minimum remaining time of a recording tape becomes possible.

Optical disk reproducing device

A programming device of an optical disc reproducing apparatus is for programming a playing sequence of audio selections of an optical disc for recording onto a magnetic recording medium having first and second recording sides. An arithmetic unit is provided for determining which of the audio selections are to be recorded on each side of the magnetic recording medium in accordance with the recording time of the magnetic recording medium and the playing times of the audio selections, and for calculating remainder times denoting the difference between the recording time of the magnetic recording medium and the total playing times of the audio selections. A display device is provided, having first and second display regions, for display of index numbers of the audio selections to be recorded on the first side of the magnetic recording medium and the remainder time of the first side of the magnetic recording medium in the first region, and for display of index numbers of the audio selections to be recorded on the second side of the magnetic recording medium and the remainder time of the second side of the magnetic recording medium in the second region.

Optical disc reproducing apparatus having display indicating program

An optical disc reproduction apparatus is disclosed including a device for detecting a maximum audio signal level recorded on the optical disc. A first course-search is effected of the entire optical disc to detect a first location on the optical disc in which a maximum value of a recorded audio signal is located. A second fine-search of the optical disc is effected within a region extending in opposite directions from the location on the optical disc detected during the first course-search. During the second fine-search operation, a second location on the optical disc is located in which a maximum value of the recorded audio signal level is located. Then, audio signals are reproduced repetitiously in the vicinity of the second location detected during the second fine-search operation.

Optical disc reproduction apparatus which detects maximum audio signal

A time display device for an apparatus for playing information recorded on an optical disk includes a first input device for specifying a total playing time and a second input device for specifying portions of the disk to be played. A time adding unit obtains a sum of the playing times of the portions of the disk specified by the second input device. A subtracting unit obtains a subtracted value by subtracting the sum obtained by the time adding unit from the total playing time. The total playing time is then displayed in a numerical fashion, whereas the sum obtained by the adding unit is displayed in a bar graph fashion.

Time display device for an apparatus for playing information recorded on

A device for reproducing a plurality of optical disks previously stores a remaining time obtained by substracting the total playing time of music pieces of an optical disk from the play time corresponding to the length of a recording tape set by a user and sequentially stores the number of music pieces of another optical disk which can be recorded within the remaining time which are obtained by an edition operating section. The remaining time of a recording tape, which occurs when recording a plurality of music pieces recorded on an optical disk by using a magnetic recording/reproducing device such as a tape recorder, can be effectively used to easily set the number of music pieces when reocrding on the tape the music pieces of another optical disk.

Optical disk apparatus with remaining time specification

An optical disc player having a timer for counting the elapse of time from the start of reproduction of music on an optical disc, an input for entering a desired reproduction time, a memory for storing the desired reproduction time and a logic processor for comparing the passage of time counted by the timer. The disc player pauses without going back to the starting position the reproduction of music when the elapsed time coincides with the desired reproduction time.

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Neyagawa, Japan

Haruhisa Tomoda